Supervision of an aquaponics system by a command

USING:

• VSCode.
• Arduino.

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• Carte Raspberry pi 3 B+.
• Carte Arduino UNO.
• DHT22:

• Capture the temperature using DHT22.
• Capture the humidity using DHT22.
• Water temperature sensor (DS18B20):

• PH sensor (Pro SKU SEN0169):

• 2 Fans.
• Verin.
• Relay a 4:

• Sensor test:

  • DHT22 (5s):

  

  • Water temperature sensor (DS18B20) (5s):

  Water temperature sensor test result on boiling water:

  

  Water temperature sensor test result on melted ice water:

  

  • PH sensor (Pro SKU SEN0169):

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• All senser Test(Arduino): @ DTH22_Potentiometer/DTH22_Potentiometer.ino

• Connect your Carte Arduino to a carte Raspberry pi 3 B+ with a USB Cable.
• Install Python 3.9 in Raspberry pi 3 B+.
• Install Arduino in Raspberry pi 3 B+.
• Install VSCode in Raspberry pi 3B+.
• Create Python code to save DHT22 data in an excel file.
• Every day (24H) save a new excel file.

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• import_csv.py(For send data to Excel and Firebase).
• Create file Excel:

• Send Data to Firebase:

• Send Data to ile Excel and Firebases:

• Realization of the voice assistant To fully understand the ins and outs, it is important to understand the basics that make up a voice assistant. To do this, we divide this operation into 4 main steps:
  • The capture of the voice.
  • Converting voice to text.
  • Natural Language Understanding (NLU).
  • Text To Speech.
• How the voice assistant works
  

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• Sensor test voice assistant(Dependencies)(lily.py): Voice Commands:
• What is your name?
• What time is it?
• What date for today?
• What is the temperature value?
• What is the humidity value?
• What is the weather in?
• What is the pH in?
• Play music "YouTube"

• Every day (24H) send rapport to Gmail(Data Aquaponics)(chartsmail.py).

• Send Mail when the temperature is > a temperature normal (fans.py):

• For run all program: main.py